Abstract:Equine-assisted therapy uses the horse in rehabilitation and/or education of people, such as Down syndrome (SD), cerebral palsy (PC) and intellectual disability (DI). In context, the rehabilitation program and horse riding equipment should be used according to the specific characteristics of each individual, becoming an ally in the quest for excellence in equine-assisted therapy programs. The aim was to evaluate the effect of riding equipment used in equine-assisted therapy on the muscular activity of trunk an… Show more
“…Studies with healthy individuals concluded that placing the feet in stirrups promoted greater muscle activation (Bravo Gonçalves Junior et al, 2020; Ribeiro et al, 2018). In another study, Down syndrome and intellectual disability groups presented greater neuromuscular activity of the trunk and lower limbs without the feet supported in the stirrups, whereas a cerebral palsy group presented greater neuromuscular activity with the feet supported in the stirrups (Lage et al, 2020). In our study, there was no significant difference in the body trunk musculature when the feet were inside or outside the stirrups.…”
Section: Discussionmentioning
confidence: 95%
“…We did not include any exercises during the sessions to evaluate only the effect of the horse's three-dimensional movement on the rider. A previous study with a cerebral palsy group showed greater neuromuscular activity of the trunk with the feet supported on the stirrups, while participants with Down syndrome and intellectual disability showed greater neuromuscular activity without the stirrups (Lage et al, 2020). However, as we did not find studies with older adults, we used a saddle with feet in the stirrups for the first 15 minutes and out of the stirrups for the remaining 15 minutes of a 30-minute session.…”
The three-dimensional movement of the horse in physical therapy is a valuable kinesio-therapeutic phenomenon that simultaneously affects several body systems, including particularly the neuromuscular system. However, the effects of equine-assisted services (EAS) on neuromuscular activation patterns in older adults have not been thoroughly investigated. In this study, we evaluated the impact of a 10-weeks EAS program on trunk muscles in older adults who used a saddle and placed their feet in stirrups for the first 15 minutes and out of stirrups for the remaining 15 minutes of 30-minute EAS sessions. We gathered electromyographic (EMG) data of the trunk muscles five times each on the first, fifth, and 10th sessions: pre-EAS and post-EAS on a stationary horse and at 1-minute, 15-minutes, and 30-minutes on a horse in motion. Participants were 20 adults, aged 60–79 years. We analyzed normalized EMG data with 5 (session time) by 3 (session number) analyses of variance (ANOVAs) with repeated measures and with Bonferroni’s testing ( p ≤ .05). There was a significant difference over the number of interventions for the right thoracic paravertebral muscle ( p = .025) and session time effect for the left trapezius ( p = .042), right thoracic paravertebral ( p < .001), right and left multifidus ( p < .001), and right and left rectus abdominis muscles ( p < .001). Thus, trunk muscles in older adults showed complex neuromuscular activation synchronized with the horse’s movement, which was influenced by session time and number of interventions. The practical implication of these findings is that EAS can reduce fall risk among elderly adults of both sexes.
“…Studies with healthy individuals concluded that placing the feet in stirrups promoted greater muscle activation (Bravo Gonçalves Junior et al, 2020; Ribeiro et al, 2018). In another study, Down syndrome and intellectual disability groups presented greater neuromuscular activity of the trunk and lower limbs without the feet supported in the stirrups, whereas a cerebral palsy group presented greater neuromuscular activity with the feet supported in the stirrups (Lage et al, 2020). In our study, there was no significant difference in the body trunk musculature when the feet were inside or outside the stirrups.…”
Section: Discussionmentioning
confidence: 95%
“…We did not include any exercises during the sessions to evaluate only the effect of the horse's three-dimensional movement on the rider. A previous study with a cerebral palsy group showed greater neuromuscular activity of the trunk with the feet supported on the stirrups, while participants with Down syndrome and intellectual disability showed greater neuromuscular activity without the stirrups (Lage et al, 2020). However, as we did not find studies with older adults, we used a saddle with feet in the stirrups for the first 15 minutes and out of the stirrups for the remaining 15 minutes of a 30-minute session.…”
The three-dimensional movement of the horse in physical therapy is a valuable kinesio-therapeutic phenomenon that simultaneously affects several body systems, including particularly the neuromuscular system. However, the effects of equine-assisted services (EAS) on neuromuscular activation patterns in older adults have not been thoroughly investigated. In this study, we evaluated the impact of a 10-weeks EAS program on trunk muscles in older adults who used a saddle and placed their feet in stirrups for the first 15 minutes and out of stirrups for the remaining 15 minutes of 30-minute EAS sessions. We gathered electromyographic (EMG) data of the trunk muscles five times each on the first, fifth, and 10th sessions: pre-EAS and post-EAS on a stationary horse and at 1-minute, 15-minutes, and 30-minutes on a horse in motion. Participants were 20 adults, aged 60–79 years. We analyzed normalized EMG data with 5 (session time) by 3 (session number) analyses of variance (ANOVAs) with repeated measures and with Bonferroni’s testing ( p ≤ .05). There was a significant difference over the number of interventions for the right thoracic paravertebral muscle ( p = .025) and session time effect for the left trapezius ( p = .042), right thoracic paravertebral ( p < .001), right and left multifidus ( p < .001), and right and left rectus abdominis muscles ( p < .001). Thus, trunk muscles in older adults showed complex neuromuscular activation synchronized with the horse’s movement, which was influenced by session time and number of interventions. The practical implication of these findings is that EAS can reduce fall risk among elderly adults of both sexes.
“…Inferindo a necessidade de ajustes tônicos e aumento da força muscular para se manter sentado sobre o cavalo. A escolha do material de montaria de acordo com o comprometimento físico e Research, Society and Development, v. 10, n. 7, e10410716198, 2021 (CC BY 4.0) | ISSN 2525-3409 | DOI: http://dx.doi.org/10.33448/rsd-v10i7.16198 ou intelectual do sujeito e com o objetivo terapêutico proposto, é de fundamental importância para alcançar resultados positivos, enfatizados em estudos descritos na literatura que avaliaram o aumento da atividade elétrica muscular, por meio do eletromiográfo de superficie, a utilização de alguns materiais de montaria e a colocação ou não dos pés nos estribos para diversos processos patológicos gerais (Laje et al, 2020;Fernandes et al, 2018;Espindula et al, 2014). A força é sustentada por uma combinação de fatores morfológicos e neurais, incluindo a área e arquitetura da seção transversal muscular, rigidez musculotendinosa, recrutamento da unidade motora, codificação da taxa, sincronização da unidade motora e inibição neuromuscular.…”
O objetivo foi verificar o impacto do programa pré-esportivo da equoterapia na flexibilidade, força e equilíbrio de pessoas com deficiência intelectual. Participaram do estudo seis indivíduos com idade média de 17,5 ± 2,07 anos. Os atendimentos foram realizados uma vez por semana, por 30 minutos, a sela inglesa foi utilizada com o cavalo ao trote. O bloco de Wells foi usado para a avaliação da flexibilidade, o teste de Sentar e Levantar e o dinamômetro lombar para a avaliação de força muscular, e o teste Clínico de Integração Sensorial do Equilíbrio. As diferenças com valor p igual ou inferior a 5% foram consideradas estatisticamente significativas. Os resultados apresentaram significância na flexibilidade muscular (p=0,026), força muscular por meio do teste de Sentar e Levantar (p=0,004), dinamômetro lombar (p=0,014) e equilíbrio (p=0,045), após 10 atendimentos. Concluímos que o programa pré esportivo da equoterapia contribuiu para o desenvolvimento e desempenho físico desses sujeitos.
“…It is worth mentioning that, during the entire data collection period, the two horses were kept according to the fi rst care of each child, respecting the moments of rest and rest as a guarantee of the animal's health conditions. The horse riding equipment used was the blanket (made of foam and covered with synthetic leather) with front range for upper limb support and without foot support in the stirrups 22 .…”
Aim: analyze the electrical activity of muscles of trunk and lower limbs of children with Intellectual disability (ID) during hippotherapy compared to independent gait before and after 15 sessions. Materials and Methods: eight children with ID and mean age of 11 ± 1.69 years participated. Hippotherapy sessions were performed for 30 minutes, once a week, with horse riding equipment blanket without foot support in the stirrups. The surface electromyography was used to access muscles activity during hippotherapy and gait and between pre- and post- 15 sessions. Results: when comparing hippotherapy to gait, there was greater muscle activity during gait, regardless of the moment analyzed, pre- or post-session (p<0.05). However, when comparing pre- to post-sessions moments, during gait there was a significant decrease in muscle activity (p<0.05) after sessions, while, in hippotherapy was observed a significant increase (p<0.05) after sessions. Conclusion: the electromyographic activity of trunk and lower limbs of children with ID is greater during gait compared to hippotherapy, regardless of the moment, reporting the beneficial effects of hippotherapy from the integration of musculoskeletal, sensory and neural systems on muscle behavior during independent gait.
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